(Pack of 3) 47uF 63V Electrolytic Capacitor

(Pack of 3) 47uF 63V Electrolytic Capacitor 

This Pack of 3 – 47uF 63V Electrolytic Capacitors provides a reliable and cost-effective solution for a wide range of electronic designs and repair tasks. These capacitors are engineered using high-quality aluminum electrolytic materials to ensure dependable performance in both low-frequency and medium-voltage applications.

With a 47µF capacitance, these capacitors are ideal for stabilizing voltage rails, filtering AC ripple in DC power lines, and smoothing output signals in analog and digital circuits. The 63V voltage rating makes them suitable for moderate-voltage environments, offering a safe margin for circuits operating around 24V, 36V, and even up to 48V systems with proper derating.

Their radial lead construction ensures easy PCB integration, allowing neat and secure mounting. These capacitors are designed to resist thermal stress, provide consistent electrical characteristics over time, and handle frequent power cycling—making them highly suitable for long-term installations.

Perfect for students, hobbyists, technicians, and engineers, this pack of three guarantees that you always have reliable components available for prototyping, circuit upgrades, replacements, and maintenance work. Whether you are repairing power supplies, building audio circuits, creating small controllers, or enhancing signal stability, these capacitors deliver excellent performance and durability.

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Features

• Pack includes: 3 pieces of 47uF 63V capacitors
• Capacitance: 47µF
• Voltage rating: 63V
• Radial-lead aluminum electrolytic type
• Reliable performance with low leakage current
• Good stability and long operating life
• Compact size for easy PCB mounting
• Suitable for both DIY and professional electronics work

Applications

• Power supply filtering and DC smoothing
• Audio electronics and signal coupling
• Voltage regulation circuits
• LED drivers and small SMPS circuits
• Electronic repairs and prototyping
• Timing, bypassing, and decoupling applications
• Low- to medium-voltage control modules